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I will design a custom fpga accelerator for your algorithm
FPGA and AI Developer with 8 Years Experience in Verilog VHDL HLS
I'm an FPGA & Digital Hardware Engineer with 8+ years of hands-on experience in RTL design, debugging, verification, optimization, and hardware acceleration.
I work with Verilog, VHDL, SystemVerilog,...
Level 1
Has met certain performance criteria and shows strong potential in the marketplace.
About this Gig
Need to speed up your algorithm using FPGA acceleration?
I will design custom FPGA accelerators that transform computationally intensive algorithms into high-performance hardware implementations. Using Verilog, VHDL, or High-Level Synthesis (HLS), I can optimize your algorithm for throughput, latency, power efficiency, and resource utilization.
Services Include:
- Custom FPGA Accelerator Design
- Algorithm-to-Hardware Conversion
- Verilog/VHDL RTL Development
- HLS (Vitis HLS / Vivado HLS) Implementation
- Pipeline & Parallel Architecture Design
- Resource Optimization (LUT, BRAM, DSP)
- Throughput & Latency Optimization
- Hardware/Software Co-Design
- Functional Verification & Testbenches
- FPGA Integration Support
Suitable For:
- AI & Machine Learning Acceleration
- DSP Applications
- Image & Video Processing
- Scientific Computing
- Data Analytics
- Financial Algorithms
- Embedded Systems
Why Choose Me?
- Efficient and scalable architectures
- Performance-focused FPGA design
- Clean, maintainable code
- Thorough verification and testing
- Reliable communication and timely delivery
Please contact me before placing an order to discuss your algorithm and performance goals.
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Other Electronics Engineering Services I Offer
FAQ
1. What types of algorithms can be accelerated?
DSP, AI/ML, image processing, video processing, mathematical computations, scientific algorithms, and many custom workloads.
2. Do you support HLS and RTL development?
Yes, I support Verilog, VHDL, Vitis HLS, and Vivado HLS workflows.
3. Which FPGA vendors do you support?
Xilinx, Intel/Altera, Lattice, and Microchip FPGA platforms.
4. Can you optimize for maximum performance?
Yes, designs can be optimized for throughput, latency, resource usage, or power efficiency.
5. Do you provide testbenches and verification?
Yes, every project includes functional verification.
6. Can you convert software algorithms to FPGA hardware?
Yes, I specialize in algorithm-to-hardware acceleration.
7. Do you support AI and machine learning accelerators?
Yes, including inference engines and custom ML processing blocks.
8. Can you optimize existing FPGA designs?
Yes, I can analyze and improve existing accelerators.
9. Will documentation be included?
Yes, all packages include documentation.
10. Can you assist with FPGA integration?
Yes, I can help integrate the accelerator into larger FPGA systems.
